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Electric Jet Propulsion
Low-Alt Emergency Firefighting
Fire extinguishing for high-rise buildings within cities
Fire extinguishing scenarios in narrow urban alleyways
Fire scenarios: smart parks, chemical plants, petroleum & refineries, PV stations
Scenarios for Marine Fire Extinguishing
Scenarios for Aerial Ambulance/Traffic Accident Rescue/Forest Grassland Firefighting
Logistics scenarios: plateau-mountain areas, natural disasters, islands
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Homepage
Electric Jet Propulsion
Low-Alt Emergency Firefighting
Fire extinguishing for high-rise buildings within cities
Fire extinguishing scenarios in narrow urban alleyways
Fire scenarios: smart parks, chemical plants, petroleum & refineries, PV stations
Scenarios for Marine Fire Extinguishing
Scenarios for Aerial Ambulance/Traffic Accident Rescue/Forest Grassland Firefighting
Logistics scenarios: plateau-mountain areas, natural disasters, islands
Emergency Communication
Urban Air Mobility
Press Release
Company News
Industry News
Media Assets
Brand Capital
Product Gallery
Field Test
About Us
Company Info
Contact Us
中文
High propulsion efficiency
Blade Disc Loading
Low aero-acoustic noise emission
The ducted fan blades are aerodynamically designed with high pressure rise characteristics by using blade profiles for aero-engine compressors,
to achieve higher disc loading up to tens or even hundreds fold of the traditional rotary wing values.
High propulsion efficiency
Blade Disc Loading
Low aero-acoustic noise emission
The ducted fan blades are aerodynamically designed with high pressure rise characteristics by using blade profiles for aero-engine compressors,
to achieve higher disc loading up to tens or even hundreds fold of the traditional rotary wing values.
Weflying has established complete chain of R&D and engineering capabilities, including aerodynamic design,
numerical simulation and performance experiment, for ducted fan propulsion systems.
Weflying has established complete chain of R&D and engineering capabilities, including aerodynamic design,
numerical simulation and performance experiment, for ducted fan propulsion systems.
Blade Profile Design for Ducted Fan Applications
Numerical Simulation for Ducted Fan Performance